2503 Rockingham DR, Austin TX 78704,Austin,Travis,Residential

Description

Located in the heart of Barton Hills, 2503 Rockingham Drive presents a renovation where modern design, functional layout, and flexibility come together within one of Austin’s most sought-after 78704 settings. The single-story main residence includes four bedrooms and three full bathrooms, thoughtfully reimagined with a clean, contemporary aesthetic. Vaulted ceilings with exposed beams, wide-plank hardwood flooring, and well-placed windows create a bright, open environment, while natural materials and understated finishes bring warmth and balance throughout. The layout allows for a seamless flow between living, dining, and kitchen spaces, well-suited for both daily routines and social moments. The kitchen sits at the center of the home, featuring custom cabinetry, quartz countertops, an oversized island with seating, and stainless appliances. The space is elevated by thoughtful finishes, allowing it to remain integrated with the surrounding spaces. Positioned beyond the main residence, a newly constructed two-story ADU introduces versatility, with two bedrooms and two bathrooms. Designed to complement the main home’s modern aesthetic, the structure incorporates wood accents and metal cladding while maintaining a cohesive feel. Light carries consistently throughout, and the separation between structures creates a distinct yet connected living environment. The layout is well-suited for guest accommodations, multi-generational living, or a private office or studio setup. Outdoor spaces are equally considered, with a covered patio and open lawn creating indoor-outdoor flow. The lot also allows for future enhancements, including the addition of a pool while maintaining usable yard space. Set within Barton Hills, the property is just minutes from Zilker Park, Barton Springs, and the South Lamar corridor—placing some of Austin’s most established amenities nearby while maintaining a residential setting. All information is deemed reliable but should be independently verified.